FAM1-400-400-0.2-1A

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RFIs (Radio Frequency Interference) and EMIs (Electromagnetic Interference) are common issues that occur when using a variety of electronic equipment. RFIs and EMIs can disrupt radio signals, create electrical static, or even damage hardware and circuitry. To protect against RFIs and EMIs, shielding and absorbing materials are used. One such material is FAM1-400-400-0.2-1A, which is a popular option for RFIs and EMIs protection.

FAM1-400-400-0.2-1A is a type of RF absorber material made of a blend of acrylic resin and special fine-grained carbon particles. It is very lightweight and flexible, making it easy to apply and use in various applications. FAM1-400-400-0.2-1A has a dielectric constant of 9.2, and can absorb radiation from 0.3 MHz to 8 GHz, making it ideal for use in a wide range of applications.

FAM1-400-400-0.2-1A is most commonly used in the automotiveindustry, where it is used to protect sensitive electronics from RF and EMI interference. It is also used in mobile electronics, such as laptops and smartphones, to shield the internal components from interference. It can be used in electronics enclosures to absorb RF and EMI radiation and reduce susceptibility to interference. Additionally, FAM1-400-400-0.2-1A can be applied to cables and wires to reduce interference between wires.

The working principle behind FAM1-400-400-0.2-1A is simple yet effective. When electromagnetic radiation strikes the material, the carbon particles absorb the radiation, causing it to be attenuated and dissipated as heat. This prevents the radiation from propagating further and thus protecting the underlying components. FAM1-400-400-0.2-1A is highly effective in blocking and dissipating RF and EMI interference from a variety of sources, such as cellphones, radios, TVs, etc.

FAM1-400-400-0.2-1A offers reliable EMI and RFI shielding and attenuation, making it an ideal choice for various electronics. It is lightweight, flexible, and can be used in a number of applications. Moreover, it is easy to apply and use, making it a cost-effective solution for protecting against RFIs and EMIs. Finally, its working principle is simple yet highly effective, providing reliable protection against a variety of sources.

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